Canopy

Environmental Paper Network Launches Extensive Update to Its Paper Calculator

Popular environmental impact estimator aims to drive innovation in paper use and purchasing
Press Release

ASHEVILLE, N.C., July 12, 2018 /3BL Media/ - An improved web-based Paper Calculator, launched today by the Environmental Paper Network-North America, will provide tens of thousands of annual users with new information and features to help them measure the impacts of their paper and reduce that impact through better choices.

Groundbreaking Study Sheds Light on the Environmental Performance of Viscose Fiber Used in Apparel Products

Blog

This is the first blog post in a series focused on the groundbreaking Life Cycle Assessment (LCA) study completed by SCS on behalf of Stella McCartney in October 2017. Download the full report, and click here to watch a webinar on the topic.

Stella McCartney Backs First Life Cycle Assessment for Man Made Cellulosic Fibers

By Matt Mace, Edie.net
Article

Luxury fashion brand Stella McCartney will be able to better map the environmental impacts of its raw materials, after commissioning the first ever Life Cycle Assessment (LCA) for man-made cellulose fiber (MMCF) used in production.

Stella McCartney Commissions First-Ever LCA for Manmade Cellulosic Fibers

by Libby MacCarthy, Sustainable Brands
Article

Luxury fashion label Stella McCartney has released the results of a new Life Cycle Assessment (LCA) comparing the environmental performance of ten different raw material sources of manmade cellulose fiber (MMCF).

New Study Reveals Lighter Environmental Footprint for Fibers Sourced from Flax and Recycled Clothing

Peer-reviewed LCA commissioned by global fashion pioneer Stella McCartney compares ten different fiber inputs for manmade cellulose fiber
Press Release

LONDON, VANCOUVER, and EMERYVILLE, Calif., October 19, 2017 /3BL Media/ Leading third-party certifier SCS Global Services (SCS) today announced the release of a groundbreaking Life Cycle Assessment (LCA) comparing the environmental performance of ten different raw material sources of manmade cellulose fiber (MMCF).

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